TWI288945B - Dielectric barrier discharge lamp tube and UV illumination device - Google Patents

Abstract

A dielectric-barrier discharge lamp device is provided. Uniformly close connecting the outer electrodes along the direction of the tube axle outside the light-emitting tube, the distribution of the stimulated discharge along the tube axle becomes uniform. The dielectric-barrier discharge lamp device (EXL) contains: (1) in the air-sealing volume (1), inner electrodes (2) are installed along the axle direction; lighting tube (LT) that stimulates to generate gases packed in the air-sealing volume (1); outer electrodes (OE) that generates the dielectric barrier discharge in the lighting tube (LT) and operates according to the inner electrodes; support stands (SS1, SS2) that put the elastic force on the two sides of the lighting tube (LT) and at least one of them supports to mutually pressed connect the lighting tube (LT), air-sealing volume (1) and outer electrodes (OE).

Description

f 1288945

TECHNICAL FIELD OF THE INVENTION The present invention relates to a dielectric ultraviolet ray irradiation device. 'Resistance Discharge Lamp Unit and Use 【Prior Art】 The 氤 body is made of no electricity, that is, it is a large flow pulse and because the sub-state is received less in the slender lamp. Such as rare gas sound discharge, production barrier discharge is well known. The current of the rushing current is much longer (the first state of the ultraviolet ray of the excited state, the tubular container of the ultraviolet ray, the rare gas such as helium or neon, and the gas of the gas, etc., the monochromatic radiation of the excitation discharge lamp, ^ ^ In most of the literature, the "electrical barrier discharge system" has a so-called silent discharge. The pulsed current has a high-speed electron flow, and the ultraviolet-ray substance such as the gas is temporarily combined with the component ^, and returns to the substrate state. Effective release of re-sucking ' 特 特 1 1 1 1 1 1 1 1 2 3 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 -2 7 26 92 discloses a transparent and elongated tubular dielectric barrier discharge lamp having an externally transparent external electrode of a first dielectric discharge vessel which also serves as a dielectric barrier discharge, and an inner long length An inner electrode formed of a metal rod or a metal tube having a diameter L ratio L/D of 30 or more. In the third conventional example, a dielectric resistance is proposed in Japanese Laid-Open Patent Publication No. 2000-80849. Barrier discharge lamp, invented by the inventor, to Zhang The action of the internal electrode is provided to prevent the internal electrode from sagging by mounting a position limiting member, i.e., a fault, on the internal electrode. In the lamp, the tin is made of conductive gold.

2188-6081-PF(N2).ptd Page 6 1288945 V. Inventive Note (2) Dependent composition 'The tin-like action acts as a part of the internal electrode. The distance between the electrodes becomes small. 5 Increases the startability. In the first to third conventional examples, an illuminating tube is formed, the illuminating and elongated airtight container, the inside extending in the axial direction of the airtight container, and the gas generated by the entrapment of the gas enthalpy and the valley, and having cooling In order to fit a part of the outer surface of the airtight container, the lamp body is recessed on the lamp tube, and the external electrode portion electrode is disposed between the two to be in close contact with the outer surface of the airtight container, thereby forming a medium in the tube axis direction. At the same time as the electrical barrier is discharged, the heat generated by the arc tube is quickly dissipated, and the luminous efficiency can be maintained at a high level. However, the 'first problem' is that the adhesion to the outer electrode of the elongated light-emitting tube is not uniform along the axis of the light-emitting tube. Therefore, the distribution along the tube axis direction of the excitation discharge is not. The long length of more than 1 000 mm, so that ^ j ] 疋 光 light investigation results, external power is obvious. The surface cannot be closely connected to the main = the external electrical power of the material outside the arc tube due to the gas permeability of the material in the tube axis direction of the tube; the reason why the bending of the dense container is uniform. The service is connected in the direction of the tube axis, and must be generated after the gas is excited by the internal force of the grabber. 'Must; gas; crying:: row:; and 'enclosed number of tube power 5 pressure phase The ground 9 tube has a pole inside and outside, and can be connected to the outside of the same hair to produce the whole body for the production of gas.

The thin tube 5 for the exhaust inside the device - the sister is traditionally connected to the inverted surface of the glass bath connected to the airtight container

2188-6081-PF(N2).ptd Page 7 1288945 V. INSTRUCTIONS (3) When the above-mentioned exhaust gas pipe is used, (tip-off) (the tube of the exhaustor is missing, and the wire is irradiated on the back side) On the side surface, the barrier light is changed to the outside of the container of the lamp body, and if it is lowered, the dense container and the outward direction are distributed in the fast axis direction, and the first reduction characteristic is arranged. In the case of the discharge lamp shape and the fascinating cooling, the surface is not suitable, and the ultraviolet illuminating surface of the side of the gas-tight surface is protruded by the electrode of the invention. The body of the lamp body, the body of the lamp is turned on. The electrode can not be locally connected to the electric power of the airtight lamp. When the luminous efficiency is high, the gas is then sealed. Sealing of the protrusions> The inside of the airtight container is uniform at both ends, and the exhaust gas is conventionally formed in a central portion of the exhaust pipe. The two problem points are that if the exhaust sealing portion is directed Part of the amount of ultraviolet radiation In this case, the exhaust sealing portion is thermally conductively contacted on the back side of the illuminator to form a recess in which the exhaust sealing portion is fitted. For this reason, a new problem of loss of assembly ease occurs. The three problem points are that the above-mentioned elongated airtight capacity is obtained, and since the long straightening of the airtight container and the thermal stress generated by the high lamp become large, the external state is in close contact with the outside of the airtight container, and the external electrode cannot be properly In a desired state, the current is reduced, and the desired cooling of the lamp body cannot be performed. The temperature rises and the deformation of the lamp and the thermal stress generated by the lamp are destroyed by thermal stress. The first purpose is to provide a dielectric. The ultraviolet irradiation device disposed in the discharge lamp device is uniformly adhered along the tube axis outside the arc tube, and the average of the excitation discharge along the tube axis direction

2188-60Sl-PF(N2).ptd Page 8 1288945 V. Invention Description (4) ~ --- The second object of the present invention is to provide a dielectric barrier discharge lamp device and an ultraviolet irradiation device using the same The structure of the lamp body is easy to install. Further, a third object of the present invention is to provide an improved dielectric barrier discharge device and an ultraviolet irradiation device using the same, which do not cause an inconvenience caused by deformation and thermal stress of the pneumatic container. And the invention [content] The dielectric barrier discharge device of the first application patent scope has a support = set, at least one of the two ends of the light-emitting tube is elastically supported to support the optical discharge and is disposed in the light-emitting tube and the airtight container. The outer part of the electric light device includes a light-emitting tube and an outer container: the lamp 'and the external electrode are connected to the airtight < support device> The support device is provided by the gas-assisted device for supporting the light-emitting tube Outside the outer ^ valley. . The two knowers will set the gas. The elastic force of the airtight container is one by one and is pressed against each other [". The specific function of the elastic force action:" acts on both ends and the yellow supports the airtight container. Further, &'... is particularly limited, for example, it can be passed through the : part, and the part can be used to make a plate. The bar can be used as a plate or a rod. 2188-6081-PF(N2) .ptd Page 9 1288945

5. Description of the invention (5) The shape of the elastic yellow material is processed into various structures: the supporting device is disposed at the end of the airtight container, and the gas;; =, the length acts to elastically press the external electrode to the external electrode Airtight. Two:: A support device formed by a hinge at one end is rotatably fixed to the solid portion. Further, a support device that can be elastically actuated is attached to the fixed portion. In order to press the external electrode to the outside of the airtight container, a lamp body having rigidity extending in the longitudinal direction of the airtight container may be disposed as a fixing portion. For example, the airtight container can be held relative to the lamp body. Since the external electrode can be clamped between the lamp body and the airtightness at this time, the external electrode can be closely attached to the outside of the airtight container. In such a state, the external electrode can be formed of a soft member, and a member having a high ultraviolet ray and high reflectivity can be easily used to obtain a relatively inexpensive external electrode. Further, by disposing an appropriate cooling device on the lamp body, the heat of the airtight container is removed via the external electrode, and the ultraviolet radiation efficiency is maintained high. As the cooling medium of the cooling device, for example, water or the like is allowed to flow inside the lamp body. <External Electrode> The external electrode is detachably provided outside the hermetic container with respect to the arc tube of the dielectric barrier discharge lamp. Then, between the internal electrodes enclosed in the inner portion of the airtight container, a dielectric barrier discharge in which the wall surface of the airtight container is used as a dielectric is generated inside the airtight container. Further, the external electrode ^ is usually detachably formed with respect to the outside of the airtight container of the illuminating unit, for example, for the exchange of the illuminating tubes. However, the external electrode may not be detached from the outside of the airtight container. ρ also "reset

1288945 — --. V. Description of the invention (6) —- In addition, the external electrode has a tube axis that is substantially "long!" for the internal electrode. Thereby, a dielectric barrier can be generated along the tube axis of the arc tube. And the degree of the direction orthogonal to the outer electrode tube axis is generally in the range of about 60 to 30 0 ° centered on the tube axis of the hermetic container, and is not matched. In the state where the external electrode is provided, the airtight capacitance of the arc tube is in the range of about 300 to 60 in the range of the external passage, and the ultraviolet ray is transmitted from the above-mentioned exposed portion to the outside through the airtight capacitance. The direction of the moss axis of the tube is illuminating over a relatively long distance, and can be used for various purposes. However, by irradiating a large amount of ultraviolet rays by dielectric barrier discharge, 'in order to irradiate the emitted ultraviolet rays at a better angle, The width perpendicular to the direction of the tube axis of the external electrode is preferably in the range of 90 to 240. Further, it is easier to handle the external electrode, and the airtightness can be obtained under the action of the elastic force supporting the attack. Strong pressure on the outside of the container However, in order to satisfy the detachability of the external electrode and the radioactivity of ultraviolet rays, the range of 60 to 240 is most suitable. ^ To the external electrode is detachably provided outside the airtight container The conductive metal foil, plate or metal wire of the thin and flexible field ^ / = can be used. Even if it is any of the above-mentioned types, the effect of the external electricity is high. The reflectance of the ultraviolet light is high. The material of the spring reflectance 鬲 can be used, for example, in the case of a high-purity aluminum or a field body, or can be used as a lamp body. Even the external electrode is a continuous surface or a mesh shape. 4 夕机tm Species A white is shoulder-shaped 'Early number early grid-like part is tied to airtight capacity 2188-6081-PF(N2).ptd

Page 11

Mil 1288945 V. INSTRUCTIONS (7) The axis of the device is arranged through the gap, and the unit net is placed on the inner wall surface of the airtight container, even though it is separated from the space by the airtightness, it becomes The state of the electrical connection: the directions are mutually divided 'continuous with respect to the edge direction, and the grid portion of the discrete mesh portion may be mesh-like. 4, the single &lt;action of the present invention&gt;, in the present invention, by providing the above-described structure, the circumferential voltage is encapsulated in the inside of the airtight container::> high, outside the airtight container The voltage between the external electrodes is loaded and unloaded to generate an excitation discharge that internally generates a gas. The external I-capacity supports the elastic force on the outside of the hermetic container; the technique creates a gap between the outer and outer electrodes of the device. However, along the second, the uniform axis discharge forms a uniform excitation discharge. ; (1) The tube of the end &lt; airtight container&gt; The airtight glass composed of the ultraviolet penetrating material is made of glass. However, the invention is based on the desire to use two words: as long as it is a material that is transparent to ultraviolet rays, and a long-time gift container in the case where the ultraviolet output is increased. It is better. Further, in the case where the voltage is lowered by the discharge, it is preferable to be as follows. Further, the wall thickness is within 2 to 25 mm, and the length of the field is not limited to the length of the desired ultraviolet ray. In the corresponding invention, the external device is supported by the support device. Electricity;: Seven: The 5-axis direction of crying is easy to crimp evenly, and the length above lm can also be ~~

1288945 V. INSTRUCTIONS (8) --- Putting the inner arrogant and uncle of the gas street Gu Yi, the general connection is to connect the exhaust pipe to generate a gas-enclosed device, but the connection to the side will cause the row; Any part of the container is available, and it becomes ☆ total. _ Milk g connection operation and exhaust, sealing operation Exhaust H ^ two ί. Exhaust from the exhaust pipe, and will generate gas from the separation y; in the gun barrel, the exhaust seal can be formed by sealing off the exhaust pipe, real:: Valley: if, no straight straight pipe A little bend, for example, is tied to the second, and, when Tian Changguan, it is easy to form a number of bends, so that: L2 mm 'will form the largest - the following bend. Inmr song: Generally allowed to be a straight tube. Also in the hair of the hair, the extremes are crimped. The hermetic container is preferably disposed, for example, in an arcuate curved shape: the back portion faces the outer electrode. It can also be built in the middle of any angle range. 'However', it is possible to arrange both of the electrodes of the external electrodes in the opposite direction of each other, and the cross-sectional shape is generally rounded; Moreover, the cross-sectional shape of the tube is expected. 'Using an ellipse, a quadrangle, etc. &lt;internal electrode&gt; The internal electrode is any one of the four parts. The axis of the hermetic container is, for example, a plurality of unit grids, which allows the above-mentioned conventional use: t gap However, the grid is equipped with internal electrodes of various structures by the inner 1 thunder. The earth is changed more, and the amount of ultraviolet rays generated by the net is compared with the number of grids of the plurality of units in the axial direction of the page 2188-6081-PF(N2).ptd 1288945, the invention description (g) When it is arranged in a grid shape by a gap, it is singularly γ. The boring tool is close to the inner wall surface of the airtight container, and is electrically connected to each other although it is separated from each other in the axial direction of the airtightness. 1&lt;Q 曰, nxy can be, the early grid portion is continuous with respect to the edge direction, and the division can also be used. However, the unit grid portion is specifically allowed to be a ring (the former is forbidden), a spiral or Winding (the latter form), or mesh shape. In the case of a mesh, the right or the latter is determined by the structure of the mesh. In the case where the early mesh portion of the device f is annular, the plurality of unit mesh portions are connected by a Pitch by having a connecting portion extending in the airtight capacitance direction, and the electrical connection can be made. The error is represented by a structure in which the joint portion is extended to the right of the airtight container such as the internal electrode. Port /, there are a plurality of ring chains (ringanch 〇r) (phase field in the early grid part) Changyi δ) 1 day is used for f made 1 = write the shape of the filament with a halogen bulb, the central axis of the However, it is also possible to avoid the rolling portion of the joint portion. The ring shape of the joint portion is 2 with respect to the inner diameter of the airtight container. : Wire shape also ▼' and outer diameter. The connecting portion can be twisted with an appropriate tension of 1. In addition, the state in which the mandrel acts can be sealed. The tension of =kg or more is suitable for winding at the center. When the garment 2 is subjected to tension, the internal electric junction portion is used only for the joint portion of the sheet side of the airtight container. The trick is to seal the end of the piece at one end and the other end in a gas-tight

2188-6081-PF(N2).ptd Page 14 Tension can act on the joint. I 疋 状 , , , , , , , , , , 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心 中心For example, in this case, the tension can be applied to the connection = the wire is fixed to the sealing portion, and the unit mesh portion is a spiral spiral and the mesh portion is used as a connecting portion, and the points are mechanically and electrically connected to each other. Sexually linked. Second, the plurality of unit mesh parts are welded on the unit mesh part with ^. Then, in the spiral-like and mesh-like connecting portions, the shape of the connecting portion of the rod-shaped body can be replaced by a frame of =: = = a rod-shaped body. Or use the volume part to get good shape retention. : and tired = mesh-like unit network is good. In the case of the mesh portion, if the insulating property and the conductivity can be imparted to the inner electrode having a shape of a whole structure, the internal electrode can be easily made by the relative::; The distance P(4) and the excitation gas generated later are formed; the section in the axial direction of the minute is formed within a predetermined range. The product p·Pa of the hole body p Pa ρ ϊ : : : : : : : : : : : ί ί ί ί 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使The distance between the inner wall surfaces can be less than 3 mm. If the above distance is knives, ^πη. In the following conditions, the discharge sustaining voltage can be suppressed to 1000 V to be further pushed. The material constituting the internal electrode is not particularly limited. For example, a tungsten-indium: and a fire-resistant metal such as nickel, and a working coefficient of tungsten and tantalum are relatively 乂/ Since it is easy to emit electrons, it has the effect of voltage reduction. —* Further, when the internal electrode is sealed to the end of the gas-fired, grain-like end made of quartz glass, a sealing structure using a sealing metal foil can be used, this page 15 2188-6081-PF(N2).ptd 1288945 V. INSTRUCTIONS (Π) 英破螭 Γ ::: In the case of tightly sealed quartz glass. In addition, stone &lt;excitation; raw C can seal the sealed gold bile airtightly. Or a mixture of 氤, t, argon or a rare gas such as a mixture of two gases. The excited gas is added to the excitation gas. The pressure of the gas generated by the enthalpy, etc. is not more than 20 00 OPa. The lamp efficiency is increased and the UV output is increased. Once the lamp is activated, the increase in pressure relative to the pressure indicates a tendency to saturate. &lt;Other Structures&gt; Although not essential components of the present invention, the following structures may be added as needed. With r--- (lamp holder) Since the dielectric barrier discharge lamp is easy to be energized, a lamp holder of appropriate shape and construction can be installed at both ends of the volume. Then, the light-emitting tube can be supported by the support device via the two seats. And the 2 (light body) lamp system is associated with the support device and the external Iff is held between the airtight containers as described above. Further, since the lamp body is set in a heat conduction state by the dielectric barrier discharge lamp, the device can be used as a means for removing the generated heat by turning on the dielectric barrier discharge lamp. To emphasize the effect of such a lamp body, the lamp body can be forcibly cooled. For example, a refrigerant such as water can be circulated inside the lamp body. Alternatively, a structure in which irregularities are formed on the outer surface of the lamp body and the heat is easily released, and/or a fan device for forcibly air is used, and a conventional cooling device is suitably used. 2188-6081-PF(N2).ptd Page 16 1288945 V'Invention Description (12) The dielectric barrier discharge lamp device described in the ultraviolet irradiation item of claim 2, Ϊ =Ϊ ^Bei resistance The ultraviolet ray irradiation device body of the dysfunction discharge lamp device is connected to two; the I electric baffle barrier discharge lamp device and the illuminating dielectric high-frequency lighting circuit. In the present invention, the "UV for self-dielectric barrier discharge lamp mounted semiconductor stepper, optical cleaning device, etc.", "UV irradiation device except dielectric barrier The portion of the discharge lamp device. The line irradiation device means a device for all the ultraviolet rays that are disposed. For example, the light curing device and the light drying device mean the ultraviolet irradiation device and the surface frequency generating device, and the rest

Further, the dielectric barrier discharge lamp device can be used in more than one, but in plural.

Even in order to illuminate the dielectric barrier discharge lamp device, a high frequency lighting circuit is used. The high-frequency lighting circuit includes a high-frequency generating device that generates a high-frequency voltage, and supplies the high-frequency power necessary for the lighting to the dielectric barrier discharge lamp. Further, "high frequency" means a frequency of 1 〇 kHz or more. However, it is preferably 100 kHz to 2 MHz. Moreover, the high-frequency lighting circuit applies a voltage of less than 1 500 V when the dielectric barrier discharge lamp device is stably lit, preferably a high-frequency voltage of 70 0 2 〇〇 (^. Further) a dielectric barrier discharge lamp device The starting voltage is 2~2·3kVp-p, and it is easy to start by raising the secondary open voltage of the high-frequency lighting circuit to the starting voltage'. In this case, if the high-frequency generating device is connected in parallel, the inverted-phase is used as The main body is suitable because it is easy to obtain a high boost ratio. Then, since the high-frequency output waveform is a sine wave, the dielectric resistance is

2188-6081-PF(N2).ptd Page 17 1288945 V. INSTRUCTIONS (13) When the barrier discharge lamp unit is lit, a vertical device may be generated or used for use. However, 高频, high-frequency production: and the barrier discharge lamp device is high. And yes. Dielectric ^ Yes, in order to produce 1α 5 without R, it is not necessary to connect the current limiting devices in series. But the impedance is connected in series and bright;::,:;J: According to the demand, the appropriate value of the ancient phase of the ancient government + &quot; The dielectric barrier discharge lamp device is connected to the N frequency: when the lamp circuit is used to make the external electrode ground To reduce the production of arpeggios. By: the internal electrode forms the grid R, and, at the anode, the external electrode, the two! The mass barrier discharge is increased from the extraneous line near the unit grid portion of the internal electrode, and from the ultraviolet in the middle of the adjacent unit grid portion, the emission is less. However, when the pitch of the unit mesh portion becomes large, the ultraviolet illuminance is lowered in the axial direction of the airtight container, and the ultraviolet illuminance is lowered. Further, in the case where the internal electrode is opposite to the external electrode, the above situation does not occur. If the pitch of the unit grid portion of the internal electrode is less than 4 mm, the inter-valley portion with low ultraviolet intensity between the unit grid portions will be concealed by the strong ultraviolet field generated by each unit grid portion. The flatness of the ultraviolet illuminance in the axial direction of the feed and the grain is increased, and the ultraviolet illuminance is improved. &amp; and 'hunting by pulse lighting' contributes to the improvement of ultraviolet illuminance due to the strong single-day illumination. If the high-frequency lighting circuit outputs a pulse voltage, regardless of the rest of the configuration, for example, by using an inverter with a rectangular wave output, a rectangular wave pulse can be obtained. However, using a sine wave output inverter, you can also get a sine wave

2188-6081-PF(N2).ptd Page 18 1288945

The dielectric barrier discharge lamp illumination I of claim 3 includes a dielectric barrier discharge lamp having a UV-transmissive material, a 'slim tube, having a row protruding toward the side near one end thereof The gas-filled cockroaches, such as the glutinous glutinous rice, are placed in the airtight container along the axial direction of the internal electrodes, the gas in the sealed container is excited, and is placed outside the airtight container. In cooperation with the internal electrodes, an external electrode in which the dielectric is misplaced by φ ^ month is generated in the hermetic container. The soldering portion of the airtight container is exposed to the outside from one end of the lamp body, and the dielectric barrier discharge lamp sets the lamp body to a heat conduction state. On the 5th, in the third paragraph of the patent application scope, the exhaust pipe is connected to the airtight container, and the device that excites the inside of the airtight container to generate the gas &quot;body seal&quot; is used. In the present invention, the exhaust pipe is located in the vicinity of one end of the airtight container 7 and is connected from the lamp body to the side surface of the exposed portion. Further, the exhaust pipe is exhausted by the exhaust pipe, and the generated gas is sealed from the exhaust pipe into the airtight container, and the exhaust pipe is formed by welding the exhaust pipe. When the exhaust gas is discharged through the exhaust pipe formed on one end side of the airtight container, particularly in the case where the airtight container is equal to or higher than the m, the exhaust gas may be inclined for a long period of time due to sufficient exhaust. Here, a pair of exhaust pipes may be formed in the vicinity of both ends of the airtight container to simultaneously perform the exhaust. However, in this case, a pair of exhaust welds are formed. In the invention of claim 3, the exhaust gas welding portion of the k's gas-selective valley described above is disposed at a position outside the non-effective ultraviolet irradiation region where the ultraviolet light distribution is below gq%. It will be easier. However, the dielectric barrier discharge lamp can achieve a higher uniformity in the area facing the lamp body. Therefore, it is easy to obtain the average ultraviolet illuminance in the tube axis direction.

2188-6081-PF(N2).ptd Page 19 1288945 V. Description of invention (15) Cloth. Further, the exhaust pipe is located at a position biased from the central portion of the airtight container toward the end portion, and in the case where a single exhaust welding portion is formed, the exhaust time tends to be somewhat long, but it is not essential. problem. However, as described above, a plurality of exhaust weld separation portions may be disposed at predetermined positions. Further, it is not necessary to store the exhaust welding off-sheath in the structure of the lamp body. Therefore, the complication of the lamp body structure can be avoided, and the lamp body can be kept inexpensive. Further, when the dielectric barrier discharge lamp is disposed on the lamp body, the direction of the exhaust welding portion of the airtight container is not necessarily limited to a predetermined direction, so the dielectric barrier discharge lamp is easily installed. On the body of the lamp. The ultraviolet irradiation device of claim 4, comprising the dielectric barrier discharge lamp device according to claim 3, and the ultraviolet irradiation device body provided with the dielectric barrier discharge lamp device, connected to A high frequency lighting circuit for a dielectric blocker early discharge lamp device and a dielectric barrier discharge lamp device. "The application specifically includes the interaction of the gas generated at one end of the airtight container with the gas generated at the first end of the dielectric portion of the gas electrode and the outer surface of the external device of the outer layer of the dielectric material. Guided, placed in a dense container barrier, placed in a second lamp barrier discharge to derive a thin tubular airtight container made of material, Γ: electric two connected to the internal electrode, sealed from the hermetically sealed power supply conductor to airtight Inside the container

Internal dielectric: barrier; ί::: internal voltage lamp, installed on the external power supply and the first and second lamp support the first and second lamp = the first and second lamp support i; the above One end of the power supply conductor of the barrier discharge lamp

2188-6081-PF(N2).ptd

1288945 V. The invention description (1β) mechanically protects the end system, and the second lamp cap is wrapped with the end portion, and the head support device is fixed at the same time as the dielectric barrier, and has electrical connection below, The essential elements of the application of the electric light device are explained. &lt;First Lamp Head&gt; The first power supply conductor is led out from the side of the lamp holder relative to the upper condition, and the first lamp is connected to the end portion of the first lamp base while the end portion of the outer electrode is surrounded by the conductive material. The external electrode is powered. &lt;Second lamp cap;&gt; Secondly, the external lamp cap of the end stop discharge lamp is mechanically protected by a conductive substance or a member, and is easily insulated from the external &lt;first cap support portion while maintaining electrical insulation with the electric conductor Closing the other end of the barrier discharge lamp to mechanically protect the conductive portion connected to the external electrode, the first lamp ground supports the first lamp cap, and the second lamp cap support device supports the second lamp cap in the tube axis direction of the lamp A feature of the conductive portion of the second spacer. Please first explain the dielectric barrier as described in the fifth paragraph of the patent scope, and then mechanically protect the end portion of the dielectric lamp, including one of the ends of the dielectric barrier discharge lamp, which will be described later. . Further, the electric conductor is kept in an insulating relationship. If it is satisfied with the first 2 'electric substances or insulating substances can be formed. Even if it is "in one of the dielectric barrier discharge lamps" and outside the hermetic container of the dielectric barrier discharge lamp, in this configuration, at least a portion of the first lamp cap is made into The lamp cap is electrically connected to the external electrode, and the i-head support device can be fixedly supported by the other end of the dielectric barrier discharge lamp and the second lamp cap has a conductive portion connected to the dielectric resistance. . If the above conditions are satisfied, the second rim material can be formed. However, it is connected by a conductive substance electrode and has a simple structure.

1288945 V. Description of invention (17) - Lamp cap. Thereby, the dielectric one &lt;second base supporting device&gt; one end portion of the second lamp J lamp is supported. The tube axis of the discharge lamp is movably attached to the conductive portion of the second lamp cap. The above, the first lamp, and the electrical connection are given by a given deformation and thermal stress, and the possible state corresponds to the movement. The relationship between the second lamp support device and the first-fibrity can be within a predetermined range, even if the second lamp cap is opposite to: the master conductive portion is electrically connected to the tube-axis direction of the mass-blocking discharge lamp. The above configuration of the dielectric for the second lamp cap must also remain connected. The tube axis direction movably supports the second dielectric discharge lamp without any particular limitation. For example, the specific structure of the funnel=2 is in the present invention and the other end side of the lamp can satisfy the above-mentioned support for the dielectric barrier discharge lamp to fall off, and must not be misaligned, but the dielectric barrier Discharge but support the second lamp head is preferred. Make the elastic force ^ ,, although this makes the elastic force slide the mechanism. For example, in the above-mentioned conductor t configuration of the second base supporting support device and the second base, the second base can be associated with the second base, and the second base is electrically connected. In the invention of the dielectric barrier discharge, the invention is not particularly limited. Example ^ ^ ί The specific construction of the condition is provided with a second sliding mechanism between the heads. Second, the various configurations of the head support device and the second lamp. The first/monthly mechanism can be properly used. Then, the second sliding mechanism is most used for the dielectric barrier discharge lamp=U external electrode, and the crimping force is used to form a sliding connection, and the following 2188-6081- PF(N2).ptd Page 22 1288945 V. Description of invention (18) No effect. That is, a dielectric barrier discharge lamp having such an elongated airtight container is generally in contact with the inner surface of the ultraviolet reflective lamp body, and is cooled and turned on by circulation and refrigerant in the lamp body. When the external electrode contacts the thin metal plate=contacting the outer surface of the airtight container, the external electrode is applied between the inner surface of the lamp body and the airtight container, and the second sliding mechanism applies a force to both between. Therefore, the external electrode is in close contact with the outside of the airtight container to perform a predetermined operation. As a result of the above, the dielectric barrier discharge lamp is lit at a predetermined luminous rate. The above-mentioned structure is prepared by the invention of the first sliding mechanism and the second sliding mechanism, and the fifth sliding mechanism can be used as the second and the second sliding mechanism. The internal electrode of the white 丨 丨 阻 阻 放电 外 外 外 外 外 外 外 外 外 外 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部The two-lamp support device and the ^s s electric body are applied to the internal electrode, and may be applied to the external electrode at least through the first=one lamp via the first request. The two or two external electrodes, the support device and the A lamp holder is juxtaposed with the above, and the voltage is increased. As described above, the dielectric barrier is increased in the degree of detonation, the airtight container is prepared, and the temperature is from the cooling state of the light-off to the lighting. The first lamp cap of the end is extended with the first = expansion. At this time, although it is disposed in a fixed relationship between the second lamp cap and the second sound _, 1 support device, the second strict f support device is Relatively movable, corresponding to the second lamp head Holding means is displaced but

1288945

However, in the present invention, the dielectric barrier discharge lamp has a hermetic shape of a long dimension, in order to improve the output, with the light being turned off, even if the discharge lamp is deformed and generates thermal stress, in the second lamp head The second base support is automatically absorbed between the sets and continues to light in a given lighting position. The gentleman's clothing can prevent the lamp from being destroyed, the cooling condition is deteriorated, and the luminous efficiency is lowered. Further, in the case where the second base supporting device is disposed in the second sliding mechanism relative to the supporting device of the second base, the surface of the external electrode is often slipped by the crimping force acting on the dielectric barrier discharge lamp. In addition, the lamp body can be cooled well after the implementation of the lamp body. 'Next' Although the invention described in the patent application Scope 5 is not a constituent element, the lamp body can be selectively added as needed. The ultraviolet irradiation device according to the sixth aspect of the invention, comprising the dielectric barrier discharge lamp device according to claim 5, wherein the ultraviolet irradiation device body of the dielectric barrier discharge lamp device is arranged to illuminate A high frequency lighting circuit for a dielectric barrier discharge lamp device. [Embodiment] Hereinafter, embodiments of the present invention will be described with reference to the drawings. Fig. 1 through Fig. 7 show a first embodiment of a dielectric barrier discharge lamp device of the present invention. Fig. 1 is a partially cut front view and a left and right side view, and Fig. 2 is a front view of the arc tube. Figure 3 is a central cross-sectional view of the enlarged portion. Figure 4 shows the enlarged part of the lamp holder and the supporting device on the non-powering end side.

2188-6081-PF(N2).ptd Page 24 1288945 V. Description of invention (20) __. Fig. 5 is a cross-sectional view taken along line v_v' of Fig. 4 = large longitudinal sectional view. Figure 7 is the right side view of the same. In the middle, the η electric barrier discharge lamp device EXL has an arc tube lt, each of the figures E, a lamp holder LS1 on the power supply side, a first support device ssi, a pad electrode holder LS2, and a second support device SS2 '2 end side Set the EXL and the lamp body CB group and 谌#人予(10); 丨笔贝卩卩 early discharge lamp installed FiI. Second, the mouth and the dielectric barrier discharge lamp device are single-opened, and T is a voltage-side power terminal block. The following describes each element.玎 constituting the light-emitting tube LT> The light-emitting tube LT is composed of the airtight container 2 and the pair of introduction lines 3 and 4 as shown in Fig. 2 . The inner closed capacitor 1 has a total length of about 1 200 mm, and is composed of a hollow cylindrical hollow portion 1 &amp; and a hollow portion / = sealing portion lb. The sealing portion 113 is a stamped and sealed structure in which a molybdenum foil 1 is embedded therein. The inside of the hollow portion 1a of the airtight container 1 is sealed with an excitation generating gas. The internal electrode 2 is composed of a connecting portion 2a and a plurality of unit mesh portion holes formed by straight ends 2c at both ends. The connecting portion 2&amp; is wound by a gold f thin wire of tungsten of a wire diameter 〇26, and a coil 2a having an outer diameter 丨·2 mm is formed as a main body/structure. The early grid portion 2b is formed at an interval of a certain pitch, for example, 丨5_plurally in the annular portion of the joint portion 2a or the loop structure. The both end straight portions 2c are formed by stretching at both ends of the joint portion 2a. Then, the inner electrode is welded to the one end of the molybdenum foil 丨b i of the sealing portion 1 b formed at both ends of the airtight container 1 in a state in which the internal electrode is subjected to a tension of about 2 kg. The connection portion 2a of the inner pole 2 is attached to the airtight container, and the tension is made.

1288945 V. Invention description (21) Stretched by use. 1 is not connected to the lead-in wire 3, 4 is welded to the inner end and is formed in the airtight capacity to cry out; ^4/ll113's bottom end is cut from the sealing portion lb outward, and the lead-in wire 4 is formed. On the non-power-on side, the airtight container 1 is sealed to a rear portion and becomes a short size. Further, 'the heat-resistant insulator is applied as needed to hide the exposed portion after the introduction wire 4 is cut. Hall: External electrode 0E &gt; External electrode 0E is mainly as the 3rd ^ : ^ ^ Η ο Ϊ II : : &quot;&quot; « - ^ ^ „ , , Μ &quot;Λ Wide angle, force 2 0 and bent into a general purity aluminum plate: the staff is curved The trough-shaped body traverses the substantially full length of the region of the airtight capacitor electrode 2 facing the light-emitting tube LT, and the inner annular portion 12 of the chisel gas is entirely outside the conductor. Reinforcing field %: It is composed of a metal, and one end of the W ′ other end side which is superposed on the upper side of the electrode from the upper side is inserted into the opening of the power supply side to be described later. The pad 13 is interposed between the reinforcing ring portion 12 and the facing air-deficient surface, and is waterproof and moisturized to the inside of the lamp holder LS1 at the feeding end. 々=Lighting socket LSI of the power supply terminal gt; The lamp socket LS1 of the power supply terminal mainly functions as a power supply for the internal electrode 2, and is composed of a socket body 14, a clamping portion 15, a wire tube 16, an insulating disk 17, and ::The bottomed cylinder 'cuffs the light-emitting tube', the power supply side knows..., and has a small opening in the center of the bottom. The lost-loop part is fixedly fixed to the opening of the socket body 14, via the external electrode% The portion 12 and the spacer 13 sandwich the lamp holder body 14 of the arc tube LT. The wire tube 16 is electrically connected to the lead wire 3 that is led out from the arc tube LT, and will be described later on page 26, 2188- 6081-PF(N2).ptd 1288945 V. The invention of the (22) female clothing terminal device Μ the opening of the ceramic disc, from the two fringe disc 17 for the center with a relatively small line 16 from the lamp The bottom of the seat body 2 [:! 14 is guided by the above-mentioned opening to guide the pottery cylinder, and is protected by the ground. The insulation protection part is the pass/fix and the second line = the inner tube 16 of the seat pocket is internally: After the Leiding; support device, such as the main SS1 system according to Figure 3 is insulated by Q 4 ^ 1 ,, the younger one supports 22, An Yan · terminal Zhuang ^, Ban Jing Jing 20, One arm 21 and a second arm cloak 1 are formed by two. The insulating joint 19 is fixed at one end to the second mountain 19a and protrudes from the other end, and the Japanese and the younger ones 2 are combined with the edge of the plate. Further, the coupling plate 19a applies two or two to the second arm 22, which is an L-shaped portion of the entire plate 35箦20, and forms an elastic force for bending the intermediate portion. The fish and the plate are yellow and 2〇-end through the insulating joint 19 and the second. The arm 22 is connected to the socket body of the socket LSI on the power supply side. Then, the other end of the plate bomb = 20 is fixed to the mounting terminal device. The bottom end of the first arm 21 is welded to the rear end portion of the socket body 14, and the insulating protection portion 8 of the socket LSI on the power supply side is fixed to the socket body 丨4. The first arm 2 2 is mainly as shown in Fig. 3, and its bottom end is welded to the front end portion of the socket body 14 of the socket LSI of the power supply end. The female terminal device 23 is coupled to the socket body 15 at a position separated from the socket body 15, and simultaneously applies an elastic force to the arc tube and the external electrode via the lamp holder LSi on the power supply side and the first support k set SS1. Qe also has the function of being fixed to the voltage side power supply terminal block T. Then, install the terminal device

1288945 V. INSTRUCTIONS (23) = Included in the mounting. Terminal fitting 23a, support bolt 23b, and mounting bolt 23c. The mounting terminal fitting 23β-end is connected to the plate spring 20 and the conduit 16 by the ancient ' ^ ^ 0 符 Futian support screw 23b. Moreover, the other end is mounted in a straight state by the shape of a ^^ &amp; _ field women's bolt 2 3 c: electric ± pressure side power terminal block T. Supporting the singularity of the singularity of the socket LSI supporting the dielectric barrier discharge lamp device EXL. At the same time, due to the function of the terminal fitting, the panel surface = the lamp assembly extends approximately parallel. Support bolt 23: The other end of the tube is on the same mechanical spring and electrical fitting 23a as the leaf spring 20.牧%女衣鳊子&lt;非. The lamp holder LS2 on the power supply side; the lamp holder ls 4 on the non-power supply side is shown in the figure 'Although the structure is similar to the lamp holder on the power supply side: = the internal electrode 2 supplies power, and the external electrode 〇 E is grounded - the strict seat method The body 30, the clamp ring portion 3 1 and the insulating disk 3 2 are formed. And 苁. The lamp holder cylinder 30 is a bottomed cylindrical shape. The non-powering side end of the enveloping light-emitting tube LT is composed of a two-dimension structure as shown in FIG. 5, and ::: clip: bolt 31a is screwed into ' The reinforcing ring SKA of the external electrode is electrically and mechanically connected to the opening of the base (n) of the lamp holder (n), and the non-powering end of the LT is tarnished to the opposite side of the cylinder 30. The visor 32 is disposed on the inner surface of the bottom of the base of the lamp holder 3, and the inner electrode 2 is connected to the inner tube 2 of the arc tube LT. $8, and 4 base lamp holders <Second support device SS2> The second support device SS2 is mainly as shown in Fig. 4.

2188-6081-PF(N2).ptd Page 28 1288945

The non-terminal device 35 includes a lamp for mounting and mounting bolts 35c &amp; trousers % in the fitting 35a, bolt 35b, and will be dielectric: two:: fitting 35a via the non-supply end side -^ : !;--- ί IeI\7l ^ ^ ^ t Mounting and terminal fitting extension. The bolt 351) connects the plate magazine 36 to one end of the ampoule _ member 35a. The mounting bolt 35c mechanically and electrically attaches the other end of the mounting end + step 3^ to the grounding end member leaf spring 36 (not shown). The entire spring is 36-shaped and the elastic portion is applied to form the intermediate portion. . Further, one end of the leaf spring 36 is connected to the socket body 3A of the socket LS2 on the non-supply end side via the arm 37. Then, the other end of the leaf spring % is fixed to the terminal fitting 35a by a terminal bolt 35b. The arm 37 has a bottom end a at a front end portion of the socket body 30, and a front end thereof is connected to the leaf spring 36. j Dielectric barrier discharge lamp device unit EU &gt; Dielectric barrier discharge lamp device Single tcEU is composed of a dielectric barrier discharge lamp device EXL and a lamp body CB. As shown in FIGS. 6 and 7 , the lamp body CB is elongated along the arc tube LT, and a recessed portion 40 0 having a semicircular cross section in which the airtight container 1 is embedded in the lower portion is formed at the same time. The hollow refrigerant flow path is 4丨. The refrigerant flow path 41 is provided with an inflow port 41 a on the side of the lamp body B B

2188-6081-PF(N2).ptd Page 29 1288945

V. INSTRUCTIONS (25) The outflow port (not shown) provided on the other end side flows out. Further, the lamp body cb has a length facing the effective light-emitting length of the arc tube LT. &lt;Operation&gt; The dielectric barrier discharge lamp device EXL is in a state in which the upper half is buried in the depressed portion 4 of the lamp body CB of the dielectric barrier discharge lamp device unit. The second support devices SS1 and SS2 are attached to the voltage side power supply terminal block T and the ground side power supply terminal block (not shown) by elastic force.缺 = 丄 = part electrode 0E is sandwiched between the inner surface of the recessed portion 4A of the lamp body CB and the outer surface of the airtight container 1, and the outer electrode 〇E is uniformly crimped to the main body of the entire dense container 1 in the tube axis direction. Outside the upper part. That is, the second and second support devices SS1, SS2 are in an airtight container! In the case of bending, the bending is corrected, and the airtight container i and the external electrode 〇e are pressed against each other by the elastic force. As a result, in the inside of the hermetic container 1, 'generating uniform electric discharge barrier in the direction of the tube axis', the ultraviolet ray obtained from the dielectric barrier discharge lamp device, the uniformity of the intensity, in the dielectric barrier The overall length of the stagnation of the discharge lamp device has been improved. Hereinafter, other embodiments of the dielectric resistor will be described with reference to Figs. 8 and 9. In the respective drawings, the same portions as those in the first embodiment to the first embodiment are denoted by the same reference numerals, and the description thereof will be omitted. Figure 8 is a cross-sectional view showing a second embodiment of the dielectric barrier discharge lamp device of the present invention. This embodiment is a configuration in which the hermetic container 1 is slightly bent. Moreover, for ease of understanding, the figure is exaggeratedly curved. In the case of the system: ϊ ί! 1 in the vertical line in the vertical diagram to indicate a slightly bow-shaped curved shape - curved two outer two: shell barrier discharge lamp device exl, so that the position of the back of the arc, the outer side of the test, the song Connected to the lamp body CB. 1288945 V. Description of invention (26)

&quot; Therefore, both ends of the right dielectric barrier discharge lamp device EXL are press-fitted to the lamp body CB, and the bending of the airtight container is elastically deformed. In the autumn, the dielectric barrier EXL is corrected to the true straight line as shown by the dotted line in the full length of the figure. Since the external electrode is crimped to the outside of the hermetic container j, the f-effect light in the tube axis direction The uniformity of ultraviolet light is increased over the entire length of the department. &lt;Tth is a bottom view of the third embodiment of the dielectric barrier discharge lamp device of the present invention. In the present embodiment, the airtight container i is slightly curved. Moreover, for ease of understanding, the figure is exaggeratedly curved. In other words, the hermetic container 1 is slightly curved in the figure, and the dielectric barrier discharge lamp device EXL is formed so that the arc portion abuts against the lamp body CB. Therefore, if both ends of the dielectric barrier discharge lamp device EXL· are mounted to the lamp body eR, the dielectric barrier discharge lamp is installed in the full length of the ship: i ΐ the length is relatively thin with respect to the lamp In the state, due to the external surface of the gas, the outer surface of the gas container 1 has a uniformity in the direction of the tube axis.九°卩一一图1 to Fig. 1 2 shows the ultraviolet ray cleaning device of the present invention as the ultraviolet ray m state. The first drawing is a front cross-sectional view c, the bottom view, and the twelfth Fig. XIΙ-ΧΠ, the cross section of the same brother 11 in the same figure as the first to seventh figures give the same character; At = description. The ultraviolet ray irradiation device has an ultraviolet ray irradiation device, and the gamma lighting circuit 52 and the plurality of dielectric barrier discharge lamp devices. The single body of the ultraviolet ray irradiation device body 51 has a box shape, and the inner ridge is divided into

2188-6081-PF(N2).ptd Page 31 1288945

^ ^ know, shoot to 5 1 a and power room 5 1 b. The ultraviolet irradiation chamber 5; [a and the power source to 51\, one end π can be opened and closed by the blade leaf joint 51c. In the outer-line makeup chamber 5丨a, a plurality of dielectric barrier discharge units EU to be described later are arranged side by side. Further, the ultraviolet irradiation chamber 5u is fixedly disposed above the conveyance device in which the workpiece is placed, and the lower surface is opened, and the workpiece (not shown) below the t匕 is irradiated with ultraviolet rays. Further, in Fig. 1, the portion where the '= upper oblique line indicates the ultraviolet ray effective irradiation region. The power supply chamber 51b accommodates a dot lamp circuit 52 and a control circuit (not shown) therein, and the blade edging member 51c serves as a center of rotation, and the force is shifted in the first direction. Further, 511}1 is a handle for holding the power supply chamber 51b when it is rotated, and 51b2 is a handle for carrying the ultraviolet irradiation device or the power supply chamber 51, and 5 1b 3 is a protector for the power supply wiring. The electric lamp circuit 52 is housed in the electric protector 5 1 b 3 and is converted into a voltage to supply power to a plurality of dielectric barrier discharge barrier discharge lamp devices. In the source chamber 5 1 b, the individual dielectric element EX of the high-frequency electric lamp unit EX is generated by the power supply of the source chamber 5 1 b of the power supply wiring. In the ultraviolet irradiation chamber, the electric lamp unit EX is plural. The dielectric barrier discharge lamp devices are arranged in a state adjacent to each other within a single 51a. However, as well as the need for cleaning and maintenance, the dielectric barrier is placed and unloaded. Further, in order to allow the cooling water to flow through the piping for supplying the cooling water to the inflow port, the fourth embodiment of the present invention is shown in Figs. 13 to 15 . Fig. 1 3 shows the refrigerant flow path of the body CB, in combination with the supply and discharge port combined with the water supply and drainage pipe. Mingzhi dielectric barrier discharge lamp illumination is a partial view of the partial cut and left and right

2188-6081-PF(N2).ptd Page 32 1288945 V. INSTRUCTIONS (28) Side view. Fig. 14 is a front view of the arc tube, and Fig. 15 is a front elevational view of the enlarged portion. In each of the figures, the dielectric barrier discharge lamp illumination device EU is composed of a dielectric barrier discharge lamp EXL and a lamp body CB. The dielectric barrier discharge lamp EXL has a total length of 1 295 匪 and an effective illuminating length of 1130 mm. The hermetic container 1 of the arc tube LT has an elongated cylindrical hollow portion 1 a having an outer diameter of i8 mm and an inner diameter of 16 mm, and a sealing portion 1 b formed at both ends of the hollow portion 1 a. In the vicinity of a portion of the hollow portion 1a, the exhaust welding portion 丨c protrudes from the side. Further, the exhaust welding portion lc is formed at a position of 4 〇 mm from one end of the airtight container 1. That is, the exhaust welding portion 丨c shown in Figs. 13 and 15 is disposed at a position exposed from the end of the lamp body CB. The exhaust welding portion 丨c may be disposed at any angle of the periphery of the hermetic container 1. Helium gas as an excitation generating gas is enclosed in the inside of the hollow portion 1a of the airtight container 1. Since the exhaust gas sealing portion 1c is disposed at a position exposed from one end of the lamp body CB, a high uniformity can be obtained in the dielectric barrier discharge lamp EXL facing the lamp body CB. Therefore, in the tube axis direction, an average ultraviolet ray illuminance is easily obtained. Further, it is not necessary to store the exhaust welding off portion in the structural portion of the lamp body (3). Therefore, the structure of the lamp body can be prevented from being complicated, and the cost of the lamp body can be maintained. Further, when the dielectric barrier discharge lamp EXL is provided on the lamp body (3), the direction of the exhaust welding portion 1c of the airtight container 1 need not be limited to a predetermined direction. Therefore, the dielectric barrier discharge lamp EXL is easily mounted on the lamp body cb. Further, the dielectric barrier discharge lamp illumination device EU of the fourth embodiment of the present invention can be embodied by incorporating the ultraviolet irradiation device UVW as shown in Figs. 10 to 12. 16 to 18 show a dielectric barrier discharge lamp device of the present invention

2188-6081-PF(N2).ptd Page 33 1288945

1288945 ----- V. INSTRUCTIONS (30) One end and mechanically protect the end. Then, at the mouth. The clamp ring portion 115 is fixed to the center of the base of the lamp cap and has a small opening M W cylinder 114. And 'illustrated' in section / ^ section 115. Port T 'slightly clamped % of the line pipe 116 is connected at one end from the illuminating fLT from the bottom of the base of the lamp barrel 114 to the σ11 "export to f' in the grain association Zhongzhuang ^ ^ Wang Waikou F ' and electrically connected to the open end $ ^ 1 9 ° Support arm 11 7 is fixed to the base of the lamp barrel 1 1 4 Φ 8 is mechanically connected to the sub-electrical insulation between the support arm (1) and the mounting · = 119. Mounting · Terminal part ιΐ9 includes electricity One of the plates 11 9a is mounted on the insulator and is screwed into the elongated guide Thunder MQ ^ ^ ^ ^ sub-bolt 1 1 9b is the other end of the connecting wire tube 116 and the other end side of the cable ^ Hole U9C is formed on the elongated conductive plate 119a BS1. ...the first base support device supporting the first base 81, please si> the first base supports the cutting, such as the 16^2 and λ&quot; a lamp head device, supported by the support table The insulating cover is composed of the same as the female bolts 123. The lamp body mounting portions 121a and 121a are formed at right angles to be bent at the other ends: i: the edge sleeve mounting portion mb. Then, the lamp body mounting portion LB - End lamp body U on the 'insulating sleeve mounting portion 1 from the lamp body insulation sleeve II = the insulating sleeve 122 one end fixed to the support table 121 4121b, and the tube shaft of the dielectric barrier discharge lamp 2ί 2188-6081-PF(N2).ptd Page 35 1288945 V. The invention (31) protrudes from the outside. The mounting bolt 丨23 is mounted on the first assembly. Terminal portion 119. The lamp holder support device is mechanically supported by the dielectric barrier discharge lamp EXL via the support arm (1), the insulating JU8, the "bolt 123, the insulating sleeve 122, and the support table i2i". One end portion, that is, the wire tube 116 supporting the first strict connection to the internal electrode 2 is transported via a terminal bolt 'to the high-voltage side output end of the high-frequency power source not shown. <Second lamp holder B2 &gt; The second lamp holder B2 is mainly as shown in Fig. 18, = the lamp brush at the power supply end, although the internal electrode 2 is not supplied with power, but the shape == two: the xenon lamp: the cylinder body 13 0 and the loss (four) ^ Yihetou is the same body 1 3 0 is made of conductive metal, Α ^ _ strong and screw lining inspection ^ not / show) and cool buckle, the external electrical surface of the mouth and mechanical connection to the lamp holder Body 13. The opening of the opening is &amp;, the non-feeding side of the clip light tube LT is fixed to the base cylinder j 3 0 . σ 7 Diagram of the ring portion 131. In the 16th figure, the clip is omitted.

Fig. I: Lamp: ίΪ=&gt; The second base support _, such as the U-Mings eight holding table 1 and the sliding mechanism 142, movably supports the second base Β2 on the tube axis. Further, the second s-axis direction can be represented by a sectional view in Fig. 16. And the page supports the broken BS2 at the end from the lamp body LB extension two T two series:, connected to the front and rear two lamp body LB 'front 36 pages 2188-6081-PF (N2).ptd 1288945 five, invention description ( 32) The bottom end 1 4 1 a is fixed to the support table 4 1 and cooperates with the cap housing portion 4 1 b to constitute the cap support portion 1 42a. Further, a sliding portion 142b is formed at the front end portion of the leaf spring. The sliding portion 142b is slidably coupled to the lower surface of the lamp cap body 130 of the second base B2. The pressing force acts to abut the second base B2 against the lower surface of the lamp body LB. Therefore, the second base support body BS2 has its base receiving portion 1 41b movably supporting the second base B 2 in the tube axis direction, and the sliding mechanism 142 is constantly maintained regardless of the second base support BS2. The second lamp holder β2 is electrically connected. Even if the sliding mechanism 142 presses the second base head toward the kth head support, the external electrode 〇E of the dielectric barrier discharge lamp EX1 abuts against the underside of the lamp body LB. One: t fC! &gt; The lamp body CB is a device for supporting a dielectric barrier discharge lamp EXL, which is a cross section of the paper surface of the straight line 16 and a hemispherical concave surface of the cross section below.

"From the S t ^ Ϊ 分 ' from below, the dielectric barrier discharge lamp EXL 浐 Α Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ Ϊ 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又From the end of the length of the lamp body CB to the other EXL, Vl and \7-^ support the position of the dielectric barrier discharge lamp. That is, the first of the two lamps is installed at both ends. The first cap supporting body BS1 is mounted on the upper end of the right side of the right side, and the end of the other end of the left side of the left side of the electric discharge barrier lamp EXL. Further, the lamp is thin. Also, at the bottom end 141a of the first support table 141. By this, the eight-body-base support M2 is fine, the dielectric barrier discharge lamp EXL

2188-6081-PF(N2).ptd Page 37 1288945

The other end movably supports the lamp body CB in the tube axis direction. Figure 19 is a diagram of a dielectric barrier discharge device of the present invention, a type of dielectric barrier discharge lamp device and a body of the lamp body: = two positive cross-sectional views. In the drawings, the same portions as those in Fig. 6 are given the same reference numerals, and the description is omitted. In the fifth embodiment, the hermetic container 1 of the dielectric barrier discharge lamp EXL· is long in shape, and in order to make the output high, the dielectric barrier discharge lamp EXL is deformed and generates thermal stress. At the same time, the second base "and the second base support BS2 maintain the electrical connection state and move relative to each other, and the deformation and thermal stress are absorbed, and the lighting is continuously performed in a predetermined lighting posture. As a result, the lamp destruction and cooling can be suppressed. The condition is deteriorated and the luminous efficiency is lowered. The sixth embodiment is different from the second base support BS2. That is, the base accommodating portion 14113 of the support base 141 is annular. Further, the sliding mechanism 142 has a bottom end 1 41 a The bolt is fixed to the cap accommodating portion 丨4丨b. Further, in the figure, reference numeral 145 is a mounting table for attaching the support bottom end 141a of the second cap support body BS2 to the lamp body CB. Fig. 22 is a view showing an ultraviolet ray cleaning apparatus according to an embodiment of the present invention. Fig. 20 is a front cross-sectional view showing a bottom view, and Fig. 22 is a cross-sectional view taken along line 21 (1)-^丨' of Fig. 21. I in the figures, the same part of Figure 16 to Figure 9 The explanation will be omitted, and the line irradiation device UVW2 includes an ultraviolet irradiation device J body 51, a lighting circuit 52, and a plurality of dielectric f-resistance discharge lamp devices single-EU2. The ultraviolet irradiation device body 51 and the lighting circuit The structure of 52, by the ultraviolet radiation from ^1 to 12; the body 51 and the lighting

2188-6081-PF(N2).ptd Page 38 1288945 V. Description of the invention (34) The same, the detailed description is omitted. Page 39 2188-6081-PF(N2).ptd 1288945

Inversely, the front-side and left and right side views of the first-L Λ (four) of the dielectric barrier discharge lamp device of the present invention. Brother 2 is a front view of the same light tube. ί:: ί = A front view of the central section of the enlarged portion. The enlarged view of the lamp holder and the branch of the non-power supply side of the partial diagram is a cross-sectional view of the line along the line ν_ν of Fig. 4 as above. Figure 6 is an enlarged longitudinal sectional view of the same lamp body. Figure 7 is the right side view of the same.

Figure 8 is a schematic cross-sectional view showing the state of the dielectric f-blocking discharge lamp device of the present invention. t lamp device third embodiment Fig. 9 is a schematic cross-sectional view showing the dielectric barrier discharge state of the present invention. Fig. 1 is a front sectional view showing an ultraviolet cleaning device which is one of the ultraviolet irradiation devices of the present invention. , heart Figure 11 is the bottom view of the above figure. Figure 12 is a cross-sectional view taken along line X of Fig. 11; [丨-X丨丨, line. Fig. 13 is a partially cutaway front elevational view and a left and right side elevational view showing a fourth embodiment of the dielectric barrier discharge lamp device of the present invention. shell

Figure 14 is a front elevational view of the same illuminating tube. Figure 15 is a central front cross-sectional view of the enlarged portion of the same. Fig. 16 is a front elevational view showing a portion of the dielectric barrier discharge lamp device and the lamp body of the fifth embodiment of the dielectric barrier discharge lamp device of the present invention.

2188-6081-PF(N2).ptd Page 40 1288945 BRIEF DESCRIPTION OF THE DRAWINGS Fig. 17 is a front view and a right side view showing the first lamp holder supporting device of the dielectric barrier discharge lamp of the same type. A partial cross-sectional view showing a partial cut of the first and second sockets of the dielectric barrier discharge lamp of the above. Figure 19 is a partial cross-sectional view showing a portion of a dielectric barrier discharge lamp device and a lamp body of a sixth embodiment of the dielectric barrier discharge lamp device of the present invention. A front cross-sectional view of an ultraviolet cleaning device according to an embodiment of the ultraviolet irradiation device of the invention. Figure 21 is the bottom view of the same as above. Figure 22 is taken along the XI II.-XII I' line of the 21st figure. 〇 Symbol Description 1 Production '-Airtight container; } la' - Hollow part; lb Sealing part 9 Lbl ~ platinum foil; 2 ^ ~ F scoop electrode; 1 2a, - joint; 2b grid portion 2 c, - straight portion; 3, 4 lead 11 ^ i electrode main portion; ) 12 reinforcing ring portion 13, - liner; 14 lamp holder cylinder 15 - i lost ring; 16 conduit, 17 - i insulated disc; 1 18 r^ / insulation protection, 19 - - insulated joint; 1 20 leaf spring J 21 - - First arm; 22 Arm 23 - - Installation · Terminal device: )

2188-6081-PF(N2).ptd Page 41 1288945 Schematic description

23a - ^Installation·Terminal fittings; 23b, -Support bolts; 30~ Lamp holder cylinder; 31~ Clamping ring; 32~ Insulating disc; 35~ Mounting terminal, 3 5 a ^ -Installation·Terminal fittings;35b , - bolt; 3 5c ^ - mounting bolt; 3 6~ plate magazine; 37~ arm; 4 0~ recessed portion; 4 1~ refrigerant flow path; 4 1 a ^ 'flow inlet, 51~ ultraviolet irradiation device body; 51a' i UV irradiation room; 51b, ^ power supply room, 5 1 c ~ blade leaf fittings; 51bl ~ handle; 51b2 ~ handle; 51b3 ~ protector; 52 ~ lighting circuit; 114 - - lamp barrel; 114a ~ Small opening; 11 5~ clamping ring; 11 6~ wire tube; 117--support arm; 118, - insulator; 119 - - mounting terminal 119a ~ conductive plate; 119b ~ terminal bolt 119c ~ mounting hole; 121, - Supporting table; 121a ~ lamp body mounting portion; 121b ~ insulating sleeve 4 122 - - insulating sleeve; 1 2 3 ~ mounting bolt; 130 - - lamp cap cylinder; 131, - pinch ring portion; 141 - - support table; 142, - sliding mechanism; 141a ~ bottom; 141b ~ lamp holder 4 142a ~ lamp holder Supporting part, 142b~sliding part; 145, - mounting table 2188-6081-PF(N2).ptd Page 42 1288945 Schematic description of EXL~ dielectric barrier discharge lamp device; LT~LED; 0E~ External electrode; L S1~ lamp holder on the power supply side; SS1~first support device; LS2~ lamp holder on the non-power supply side; SS2~second support device; CB~ lamp body; EU~ dielectric barrier discharge lamp Device unit; UVW~ ultraviolet irradiation device; EU2~ dielectric barrier discharge lamp device;

Bl, B2 ~ first and second bases; BS1, BS2 ~ first and second base support devices; LB ~ lamp body; T ~ voltage side power terminal block.

2188-6081-PF(N2).ptd第43页

Claims (1)

You have repaired the original six-t green ηοΐΠίΤΤ application for patents &quot; ·ss last month y I 1. A dielectric 卩 by ultraviolet green * square early discharge lamp device, including · · in the airtight container along A ^ a long-formed airtight container; an internal electrode enclosed in a direction of pain; a gas-emitting tube that is excited in a gas-tight container; a dielectric barrier is generated, and an internal electrode is generated Cooperating with the external electrode in the arc tube-beat discharge; and the supporting device for supporting the illuminating container and the external electrode through the elastic force acting on at least the _ end of the two ends of the arc tube. 2. The dielectric barrier discharge lamp device of claim 1, further comprising: an ultraviolet irradiation device body equipped with the dielectric barrier discharge lamp device; connected to the dielectric resistance The barrier discharge lamp device is a high-frequency lighting circuit for lighting the above-mentioned dielectric barrier discharge lamp device. 3. A dielectric barrier discharge lamp lighting device comprising: a lamp body; a dielectric barrier discharge lamp having an elongated tubular shape composed of an ultraviolet penetrating material, having a row protruding laterally near one end thereof An airtight container for gas welding off; an internal electrode that is placed in the airtight container along the direction of the vehicle; and an illuminating tube that is enclosed in the airtight container and that generates fluorine; and is disposed outside the airtight container. An external electrode that cooperates with the internal electrode to generate a dielectric barrier discharge in the arc tube; a support device that supports the light-emitting tube by applying an elastic force to at least one end of the two ends of the light-emitting tube, and crimping the airtight container and the external electrode to each other ; 2188-6081-PFl(N2).ptc 44th tribute Correction 1288945 Case No. 931062 defeated VI. Patent application scope The above dielectric barrier discharge lamp is set in the heat conduction state of the lamp body. 4. An ultraviolet irradiation device comprising: the dielectric barrier discharge lamp illumination device according to claim 3; 'the ultraviolet radiation display body provided with the above dielectric barrier discharge lamp illumination device; ^ connection In the above dielectric barrier discharge lamp, the high frequency lighting circuit of the dielectric resistance lamp is illuminated. ' m 5 · - Dielectric barrier discharge lamp device, comprising: a dielectric barrier discharge lamp, having an ultraviolet-transmissive, elongated f-shaped airtight container; disposed in an airtight container Internal electrode; a feed conductor derived from one end of the hermetic container to the outside; an excitation gas generated in the device; and an outer surface of the airtight container, which cooperates with the inner electrode to generate a dielectric resistance in the arc tube An external electrode that is barrier-discharged; a first lamp cap that surrounds one end of the donor body of the dielectric barrier discharge lamp to mechanically protect the end portion, and is insulated from the power conductor by a second lamp cap' surrounding the dielectric The end portion of the power-supply discharge lamp is electrically protected from the other end, 1 has a conductor portion of the connection pole; the electric one, a lamp holder supporting device fixedly supports the first lamp holder; and a second lamp holder Support device, on the tube axis of the dielectric barrier discharge lamp U88945 ^, the patent application scope movably supports the second conductor portion. a lamp holder 6 electrically connected to the second lamp cap. The ultraviolet light irradiation device includes: the dielectric barrier discharge lamp device according to claim 5; and the above-mentioned dielectric barrier discharge lamp illumination device The ultraviolet irradiation device body; 'connected to the above-mentioned dielectric barrier discharge lamp 'point redundant' high frequency lighting circuit of the electric discharge lamp. 2188-6081-PFl(N2).ptc第46页